Concrete production is a significant contributor to global anthropogenic greenhouse gas
(GHG) emissions due to its extensive use. These notable impacts have driven a desire to …

The integration of emerging technologies into the construction industry is crucial for the
successful execution of technologically sophisticated initiatives. Multiple disciplines of …

This study presents a pioneering approach that enables remarkable crack closure up to 0.8
mm through stimulated biomineralization aiming to enhance the self-healing capacity of …

Abstract The use of Supplementary Cementitious Materials (SCMs) or industrial wastes as a
partial replacement for cement in the production of concrete is an urgent need in the …

The development of sustainable concrete in achieving the developmental goals of the
United Nations in terms of sustainable infrastructure and innovative technology forms part of …

This paper critically examines the carbon cycle and environmental impacts associated with
building materials, encompassing diverse impact categories for both midpoint and endpoint …

It has become very important in the field of concrete technology to develop intelligent models
to reduce overdependence on laboratory studies prior to concrete infrastructure designs. In …

Climate action around the world has shifted to the potential of global warming contribution
from the design and construction of infrastructures, especially those in demand for concrete …

Sustainable building construction requirements demand an efficient utilization of industrial
waste as alternatives to construction materials. In this work, the nano-silica (NS) has been …

The construction of flexible pavement foundations (subgrade and subbase) and landfill
liners has been the cause of serious research in recent decades. In this research work …